This paper describes a research activity aiming at extracting variability information from ambiguities and vagueness of generic requirement documents, written in Natural Language. The proposed activity continues a research stream focusing on techniques to extract variability information from requirement documents. Here, we study the introduction of a process able to distinguish structural from functional variability, both in the extracted variability model and in the derived lower-level requirements. The problem is stated with reference to an example, a solution proposal is sketched together with related research questions, and a validation path is envisaged
In previous work, we have shown that ambiguity detection in requirements can also be used as a way t...
Software requirements are generally expressed in Natural Language. NL is intrinsically ambiguous, an...
Natural language (NL) requirements documents can be a precious source to identify variability inform...
This paper describes a research activity aiming at extracting variability information from ambiguiti...
Natural language (NL) requirements documents are often ambiguous, and this is considered as a source...
The engineering of software product lines begins with the identification of the possible variation p...
Research on variability in software artefacts is something which is already studied extensively in r...
Research on variability in software artefacts is something which is already studied extensively in r...
ABSTRACT Nowadays, the use of feature modeling technique, in software requirements specification, i...
While research on the visualization and documentation of variability in software artefacts by means ...
The emergence of Software Product Lines and System Family Engineering emphasizes the importance of t...
AbstractWhile research on the visualization and documentation of variability in software artefacts b...
In this demo paper we present how to use the QuARS tool to extract variability information from requ...
The requirements and design level identification and representation of dynamic variability for adapt...
Abstract. Selecting components that satisfy a given set of requirements is a key problem in software...
In previous work, we have shown that ambiguity detection in requirements can also be used as a way t...
Software requirements are generally expressed in Natural Language. NL is intrinsically ambiguous, an...
Natural language (NL) requirements documents can be a precious source to identify variability inform...
This paper describes a research activity aiming at extracting variability information from ambiguiti...
Natural language (NL) requirements documents are often ambiguous, and this is considered as a source...
The engineering of software product lines begins with the identification of the possible variation p...
Research on variability in software artefacts is something which is already studied extensively in r...
Research on variability in software artefacts is something which is already studied extensively in r...
ABSTRACT Nowadays, the use of feature modeling technique, in software requirements specification, i...
While research on the visualization and documentation of variability in software artefacts by means ...
The emergence of Software Product Lines and System Family Engineering emphasizes the importance of t...
AbstractWhile research on the visualization and documentation of variability in software artefacts b...
In this demo paper we present how to use the QuARS tool to extract variability information from requ...
The requirements and design level identification and representation of dynamic variability for adapt...
Abstract. Selecting components that satisfy a given set of requirements is a key problem in software...
In previous work, we have shown that ambiguity detection in requirements can also be used as a way t...
Software requirements are generally expressed in Natural Language. NL is intrinsically ambiguous, an...
Natural language (NL) requirements documents can be a precious source to identify variability inform...